Menstrual blood doesn't clot likenormal blood, if it did it'd be detrimental to the whole process. What you're seeing is larger pieces of the uterus lining, this is the main waste material expelled during menstruation.
I imagine that you are referring to the small clots of blood. Duringmenstruation, a mucous like secretion, in addition to blood, nourishes the lining of the uterus in preparation for a fertilized egg. When a fertilized egg does not attach, this lining is shed (released) and the blood can appear as "balls" or clots.
Being able to feel very large blood clots, may be a problem. Feeling blood clots is normal, but large ones may cause vaginal viruses.
The large chunks of blood during your period is actually uterine lining, and this is perfectly normal. The main waste product during menstruation is the uterine lining, you can see this as chunks in your menstrual flow that may look similar to raw liver.
It's a cumulative effect, the surface area difference of the large vs small pieces increases as melt does. Besides over time, the smaller pieces of ice have a greater surface area exposed to the liquid associated with the large pieces, smaller pieces have a larger surface area exposed as a ratio to their overall mass as time goes on.
rainbow gores
Icebergs are produced when large pieces of ice break off from the front of a glacier during a process called calving. This can happen due to a variety of factors like melting from rising temperatures or the natural movement of the glacier.
a very large piece of ice floating in the sea
Substances like blood cells and large proteins do not normally leave the glomerulus during filtration in the kidneys. These large molecules are retained in the blood as they are too big to pass through the filtration barrier.
saliva i guest
From the Papa Ginos Website: large 14" -- cut in 8 pieces small 10" cut in 6 pieces rustic cut in 12 pieces
fibroblasts surrounding blood vessels.
In resting individuals, the large veins, particularly those in the splanchnic circulation (such as the hepatic and mesenteric veins), serve as a significant blood reservoir. These veins can accommodate a large volume of blood and can quickly constrict to divert blood to other areas of the body when needed, such as during physical activity or stress. This ability to rapidly adjust blood flow helps maintain adequate circulation and blood pressure.